Development theories

Chickering’s Theory

  1. Description of the theory
  2. Literature Review
  3. Case study
  4. Application
  5. Discussion
    FOUNDATIONAL THEORIES
  6. Foundations of Student Development Theory
  7. Chickering’s Theory of Identity Development
  8. Schlossberg’s Transition Theory
  9. Mental Health & Ability
    WELLNESS THEORIES
  10. Women’s Ways of Knowing
  11. Ecology Theory
  12. Kolb’s Theory of Learning
    DIVERSITY & IDENTITY THEORIES
  13. Social Identity Development
  14. Individual Diversity Development
  15. Gender Identity Development
  16. Sexual Orientation Development
    ETHICAL & RELIGIOUS THEORIES
  17. Gender Identity Development
  18. Sexual Orientation Identity Development
  19. Social Identity Development

Find a story of a student that illustrates this theory. This can be found in a movie or a documentary (i.e. Precious), a novel (i.e., Hope in the Unseen), or even a periodical (like a newspaper or magazine article). Describe this student’s story and explain how it illustrates your chosen theory.
APPLICATION 8
Based on your understanding of this theory, how can professionals in higher education meet the needs of students they serve whom are going through this process of development.
DISCUSSION 8
What are your concluding thoughts about this theory? Does it seem to accurately describe the process of development for applicable students? Why or why not? How does this theory reflect current events in our society? How might this theory be more or less applicable to students over the next 20 years?

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Changing styles in period art

In the late Byzantine and Gothic art, the movement to styles will set the stage for what we see in the Renaissance period. Discuss the manner of representation that we see in the presentation of figural form in this period. How has it changed from what we examined in the Medieval and Romanesque art?

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Subject Aviation

Review the attached link just in 4 pages
https://pdf.sciencedirectassets.com/314391/3-s2.0-C20130159910/3-s2.0-B9780128005156000068/main.pdf?X-A
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Amz-Algorithm=AWS4-HMAC-SHA256&X-Amz-Date=20201212T060506Z&X-Amz-SignedHeaders=host&X-Amz

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Mass Transfer of Lead into Residential Drinking Water – The Flint Crisis of 2014

Analyze the problem of lead leaching from pipes carrying water to residential customers. A now infamous case involves the city of Flint MI that switched its water source from a Detroit lake to the Flint river and knowingly neglected treatment that would be required for this source change. The pH and alkalinity change to the Flint river was known to increase the leaching of lead from the aging residential utility water pipes. For more background see: https://en.wikipedia.org/wiki/Flint_water_crisis. Many utility pipes today still contain significant amounts of lead that could cause individual harm without mitigation strategies. The Flint river case highlights the need to utilize our engineering methods and problem-solving skills to make informed judgements recognizing our ethical and professional responsibilities and considering the impact of our analysis in a global, economic, environmental and societal context
Following the 8-step method, derive all necessary equations to analyze the problem of dissolution of a harmful chemical A from the walls of a pipe into the fluid B (water). Assume that the equilibrium distribution coefficient or equilibrium solubility of A between the solid pipe and water interface is known. Note that this is the thermodynamic partitioning of A which sets the stage for mass transfer.
The biggest part of this problem will be Step 8 where you are to estimate the concentration of lead at various distances along the pipe using average parameters from residential water delivery systems. The following paper by Drs. Marc Edwards and Laurie McNeill at our sister institution VT gives the approximate solubility of lead for residential pipes into water as:
https://doi.org/10.1002/j.1551-8833.2002.tb09383.x
Untreated Water: ~5 mg/L
Treated Water: ~0.5 mg/L
Please answer the following questions
(8a)
How do your results compare to the maximum Federal levels of lead in residential drinking water at 15 parts per billion (ppb)?
Show a plot of bulk concentration of lead with pipe distance.

Part 8b (35 points)
What other chemical, physical, or biological aspects are important in the supply of drinking water? Specifically, identify seven possible contaminants. List the Federal Law limits for these contaminants in drinking water.
What is meant by an LD50 value in toxicology? Give the LD50 values of your listed contaminants.
Create and excel or equivalent table for your selections.
Cite only scholarly web resources.

Sample Solution

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